Ap statistics

Welcome to AP Statistics! I am thrilled to help you master this course and get you fully prepared to ace that AP exam.

Before we dive into our first topic, I'd love to learn a little bit about you so I can tailor our sessions to your needs.

I just want to preview the material before the school year starts.

That makes perfect sense. Previewing the material now is a fantastic way to build confidence so you can breeze through the class once the school year kicks off.

To help me tailor our conversations and make sure I explain things at the perfect level, could you let me know what math courses you have taken so far?

I have taken Algebra 2

Having Algebra 2 under your belt is the perfect foundation for AP Statistics! Since this course is entirely algebra-based, you won't need any calculus, and you already have all the algebraic tools required to analyze data like a pro.

Now that we are ready to begin, let's take a look at the road map of the five core areas we will preview together. This will give you a clear view of how our sessions are structured.

Your path

Exploring Two-Variable Data

Collecting Data

Probability, Random Variables, and Sampling Distributions

Statistical Inference

Categorical vs Quantitative Data

To kick off our first unit, Exploring One-Variable Data, we need to look at the raw material of statistics: data. When you collect information about individuals, that information generally falls into two distinct buckets: and . Sorting this out is crucial because the type of data we have dictates exactly what kinds of graphs and math we can use to analyze it.

Make me a lesson plan using engage explore apply reflect format for unit 1 of AP stats using math medic curriculum

I would love to walk you through a customized, hands-on lesson plan for this topic using that exact format! Math Medic is famous for its "Experience First, Formalize Later" approach, which aligns perfectly with the Engage, Explore, Apply, and Reflect model. Let's design a lesson around how we categorize variables using a real-world scenario.

SHEET

Worksheet

This lesson is designed to get you thinking like a statistician right from the start. We will begin with the Engage phase, where we dive into a real-world scenario to see how we instinctively organize information. From there, we will Explore by sorting different types of data, Apply what we learn to create our own data set, and finally Reflect on why these distinctions matter for the AP exam. Let's get started!

Let's continue to the Engage phase with the real-world scenario

The Mystery of Joy Milne

Let's dive straight into the Engage phase with one of the most famous and mind-blowing stories in modern medical statistics: the case of Joy Milne, the woman who can smell Parkinson's disease. Joy's husband, Les, was diagnosed with when he was 45. But about six years before his medical diagnosis, Joy noticed something strange: Les had developed a distinct, musty musk scent. She didn't think much of it until years later, when she walked into a support group for Parkinson's patients and realized the entire room smelled exactly like her husband.

When researchers at Edinburgh University heard about Joy's claim, they designed a brilliant experiment to test her. They gave her 12 identical t-shirts to smell. Six of the shirts had been worn by people diagnosed with Parkinson's, and six had been worn by healthy control subjects who didn't have the disease. Joy's job was simple: smell each shirt and sort them into two piles.

Before we look at how she did, let's put you in the shoes of the lead researcher. If Joy was completely guessing—meaning she has absolutely no special ability to smell the disease—how many of the 12 shirts would you expect her to get right just by sheer random luck?